The Connection Between Learning Difficulties, Autism, and Neurotransmitters - PDF document

The Connection Between Learning Difficulties, Autism, and Neurotransmitters Difficulties with learning, paying attention, and memory are common among children with autism. It’s believed this is caused by a deficiency in acetylcholine: a neurotransmitter responsible for helping to refine memory, motivation, thought processes, language skills, and concentration. Acetylcholine is a chemical compound formed from acetyl coenzyme A and choline, the latter of which is a nutrient from B vitamins. It’s different from other neurotransmitters as it isn’t bound to an amino acid. Generally, choline gets into the body through food, while acetyl coenzyme A is found in cells through energy production. But how does this neurotransmitter work and why is it less active in children with autism? What does acetylcholine do? The neurotransmitter acetylcholine helps maintain moisture within the body’s internal structures, enabling information to be transferred more easily. It also allows for myelin (surrounding the nerves) to form and control brain activity. The brain can struggle to connect new stimuli received when the body lacks the required amount of acetylcholine. The brain’s processing speed slows, and some of the essential information it should take in can start to fall apart before it’s able to be processed. Memories can become patchy and less effective as a result. Speech problems may occur due to the slowing of essential electrical signals, while the child can find concentrating and comprehending information tough, too. It’s vital to distinguish concentration issues caused by dopamine deficiency and forgetfulness caused by acetylcholine. The right deficiency should be addressed to achieve the desired result, which means accurate assessment/testing is crucial. Visit www.tali-angor.com/ and learn Why is acetylcholine less active in children with autism?